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Leveraging Accelerometry and Heart Rate Data from Consumer Wearables to Predict Physical Activity in Children: A Device Agnostic Approach.

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Bibliographic Details
Title: Leveraging Accelerometry and Heart Rate Data from Consumer Wearables to Predict Physical Activity in Children: A Device Agnostic Approach.
Authors: GHOSAL, RAHUL1 RGHOSAL@mailbox.sc.edu, WHITE III, JAMES W.1 JWW4@email.sc.edu, FINNEGAN, OLIVIA1 OLF@email.sc.edu, NELAKUDITI, SRIHARI1 SRIHARI@sc.edu, BROWN III, TREY1 David.Brown4@prismahealth.org, PATE, RUSS1 RPATE@mailbox.sc.edu, WELK, GREG2 gwelk@iastate.edu, DE ZAMBOTTI, MASSIMILIANO3 maxdeze@gmail.com, WANG, YUAN1 WANG578@mailbox.sc.edu, BURKART, SARAH1 SBURKART@mailbox.sc.edu, ADAMS, ELIZABETH L.1 elizabeth-adams@sc.edu, ARMSTRONG, BRIDGET1 BA12@mailbox.sc.edu, BEETS, MICHAEL W.1 BEETS@mailbox.sc.edu, WEAVER, R. GLENN1 weaverrg@mailbox.sc.edu
Source: Medicine & Science in Sports & Exercise. Sep2025, Vol. 57 Issue 9, p2083-2092.
Database: SPORTDiscus with Full Text
Description
ISSN:01959131
DOI:10.1249/MSS.0000000000003721